>>The fertilizer I used was 18-0-18 so do you think 10 pounds for 4000 sq ft was the correct amount? 10 pounds per 4K is 2.5 pounds per thousand. That's 0.45 pounds of nitrogen (and potassium, but that doesn't matter so much). It's on the low side. 5.5 pounds per thousand square feet, or 20-22 pounds on 4K, would be the amount to target 1 pound of nitrogen per thousand. For a feeding in the lull period, though, 0.45 pounds of N is fine. The grass isn't particularly demanding in mid to late October. When you winterize, plan to target 5 to 6 pounds per thousand square feet, though. That feeding goes directly into carbohydrate storage after processing. One thing. Potassium's pretty harmless, but there's no need to pay for it or use it if your potassium levels are good. If you're not sure, or if your soil test shows a good K level, purchase nitrogen fertilizers that have numbers like 29-0-5. They tend to be cheaper per pound and don't add things your soil doesn't require. However, even potassium overapplication isn't much of an issue until it gets extreme. A pound or two of potassium per thousand square feet per year isn't extreme. >>I'm going to try the soybean meal and cornmeal next Spring - what does it specifically do and what am I replacing by using it? (The cornmeal is good to help prevent fungus right?) Each organic has its advantages and disadvantages! Corn meal or cracked corn (I like cracked as it flows more easily, but my local grain mill's idea of corn meal is powder-fine) are a poor feeding of the lawn at 1.65-0.65-0.40, but help with fungal resistance for the season. Corn can be applied in fantastically high amounts as a soil conditioner without doing damage and without generating nearly as much stink as other things will (due to the low nitrogen levels). Corn was my go-to when I was adding organic material to the lawn. At the time, it was very cheap, and I regularly dropped 60 pounds per thousand. Soy is a fantastic feed at 7-2-1, but at the amounts used it's not as good a soil conditioner (it works as well, by weight, as corn, but you use a lot less weight). Application of 15 pounds per thousand square feet four times yearly will feed your lawn completely with no other feedings (except winterization, which is special) required. Soy has no other specific advantages, but since it's the heaviest hitter in terms of protein (which means nitrogen), it tends to be the primary feed used by organics people. Soy will replace the feedings you're currently doing if applied in early to mid May, August first, September first, and October first. Your late summer and fall dates may back up a little bit from mine as your climate is a bit colder. Southerners use cottonseed meal instead of soybean meal. Same difference. Alfalfa might be nice once per year in mid September at 10 pounds per thousand. If you wish. It contains growth hormones that will encourage the root density of the lawn to increase. Don't overdo alfalfa as too much in the way of growth hormones actually stops growth. Milorganite is a nice fill-in if your lawn's color is paler than you like. It has good nitrogen levels, some phosphorus, and at 4%, a ton of iron (iron is a minor element and not used in large amounts). Constant use can raise iron levels in the soil and even out the color so it's always the darkest green it can be for the season, weather, and watering levels. Most other things that you can get, like oat hulls, rice hulls, brewer's grains, and so on are comparable to corn in terms of nitrogen and good as soil conditioners if you can get them cheap. Used coffee grounds. These are comparable to corn, although they're exceptionally attractive to worms. Their advantage is that most Starbucks' and many other coffee shops save their spent, pressed grounds for people who want to use them in composting or soil conditioning. Call around and you can sometimes get loads of these for free. Compost is great, and a wonderful soil conditioner, but essentially does nothing to feed the lawn. Worms like it, and it also puts back bacterial and fungal species that have been wiped out by chemical use or flooding. It's not on my recommended list due to the weight, cost, and the fact that you can do all of this with other stuff--but there's an exception to that rule, which doesn't apply here.

Clumsy, my patuty!! WOW!! Where do you live??? Can I come out and tile your bathroom??? :-) In all seriousness, that's going to be one sweet masterpiece to put together! Before I get to your questions, though I do see one problem. It's going to be tough to run the chair rail through the shower and have any kind of glass enclosure. Not impossible, but tough. You would have to work together with your glass guy to figure out EXACTLY where the glass would go, so you could leave notches in the chair rail. I can guarantee you-- they're not going to notch the glass for you. :-) Now, on to the questions: #1-6) What you have drawn is excellent. With reference to the subway tile, no, the corner pieces do not need to be mitered. What you can do is cut the pieces, but then turn the cut edge into the field, and use the "factory" edge as the bullnose. Now, I said they don't NEED to be mitered. However, if you'd PREFER to miter them, there's no reason why you couldn't. It's not like it's ceramic where you'd have to worry about a sharp edge. As for the chair rail and liner, you're right. Those WOULD have to be mitered. The biggest tip I could give you about mitering the chair rail would be to have a piece of 2x4 handy with a 45 degree mitered end on it. You can place the mitered side of the 2x4 against the wet saw tray table's edge, and that'll give you the correct angle, and the thickness of the 2x4 will give you something to make sure you're standing the chair rail up straight while you cut it. If you decide that you want to miter all the outside corner tiles, the only advice I can give you is leave a little "meat" on the edge. You don't want to take the miter all the way to the face of the tile. If you do, you'll end up with an extremely ragged edge. Leave 1/16" of meat or so on the front edge. The finished miter will still look just as tight, and it'll be 100% stronger. #7) Don't worry about continuing the cuts. Atleast not on the subway tiles. For the most part, the ONLY time you really need to worry about it is when you use a diagonal layout. With running bond (the brick joint pattern), there's no need to continue it. Take each wall individually. Now, the best thing is to center the walls. However, sometimes that gives you small pieces on each end. With a square layout, moving the layout over half a tile, so the tile is centered instead of the grout joint, the problem is solved. With running bond, if you move it over half a tile, it puts you right back where you started!! So how do you move the layout over and still keep it centered? Move it over a QUARTER of a tile (1 1/2"). What this does is it'll give you equal, but alternating cuts. Lay it out on paper and try it-- You'll see what I mean. #8) Yes, that's normal. #9) Ya had to give me a hard one!! :-) You're right-- this CAN be tricky. But you're dead on the right track. You need to figure out your coursing (each course is one tile and one grout joint). Lets say yout tile is exactly 3" high, and you're using a 1/4" grout joint. Going by your drawing, I come up with a height of 51 1/2" high. You show a 6x12 piece on the bottomwith the 1/4" joint, that's 6 1/4". Next is 12 courses of subway tile. That's 39 inches (with 12- 1/4" joints). Then the pencil liner, which, if it were me, would get an 1/8" joint (to match the joint in the 3 rows of mosaics), so that's another 1 1/8", and then I'm assuming the chair rail is 2", plus another 1/8" joint, 2 1/8". Just a side note-- this would be another reason for NOT using the chair rail, unless you have the shelf come out over the top of the chair rail. With the other three sides, you can either cap the edges of the niche pieces, or you can have the niche pieces cap the edges of the wall. But the shelf MUST come over the edge of the wall tile. You want any water running down the face of the tile, rather than going into the grout joint. Alot of times, I'll even use a piece of granite tile, and round it out PAST the face of the tile, so that it doesn't even come doen the face of the tile, but actually gives a drip edge. Okay-- back to your niche. Just for the sake of argument, lets say the height is 51 1/2". You want to take into account the thickness of the cement board, as well as the kerdi (figure 5/8"). I would also, as you surmised, give it extra as a "fudge" factor . That way if you need the play, it's there, and if you don't, you can always fill it in with thinset. If it were up to me, and the chair rail was definitely going to stay, I'd set the framing at 50 1/2". The only question is, are you going to set your levels off the finished floor, or off the subfloor? Personally, I'd set it off the subfloor, but when I actually set the tile, set it over the finished floor, cutting it in. That way, if the floor's out of level at all, you'll never see it. Either way, it's up to you. The point is, I'd set the bottom of the niche framing an inch below what you expect the actual coursing to be. #10) That's the way it LOOKS when it's done. :-) You start with a full course above by nailing a piece of wood, and tiling off of that, and then removing it afterward and cutting in the bottom. As for the Kerdi in the shower, you can patch the holes afterward with Kerdi-Fix. You want to wait as long as possible to tile the shower and bathroom floors. You never want to be working over finished work any more than absolutely necessary. #11) I already addressed this above. #12) Install your wood trim first and tile to it. #13) Diamond hole saw. You can check some of the online tile tool supply sites. if you have a hard time locating them, let me know, and I'll see what I can do to find em for you. #14) this is where we get back to the thing about going from center to 1/4 and 3/4 tiles to get back to center. It works with diagonal layout, too. One other thing to think about, and this would work as a nice design feature, too-- from the chair rail up, turn one row of subway tiles on end, running them lengthwise up the sides of your diagonal tiles as a border. WOW!! This reminds me of Rodney Dangerfields's movie Back To School-- to paraphrase right after he finishes the oral exam and says "I feel like I just gave birth!! To an apprentice!!"

Your FLOORING will dictate how much the baseboards must HIDE. If you have solid hardwood (3/4") then you will need a very GENEROUS (at least 1/2" thick) baseboard to hide the expansion gap at the walls. In fact, the rule of thumb for expansion gaps (regardless of how the hardwood/laminate/vinyl is installed) is the gap should be the same width as the product is THICK. Example: 1/2" floating cork floor = 1/2" expansion gap at all vertical surfaces. Example: 3/4" hardwood = 3/4" expansion gap at all vertical surfaces. See how that works? One of the only ways you can get away with 'thinner' baseboards is if you have finished concrete, sheet vinyl/lino, or carpet. Those are the surfaces that work very well with thin baseboards. That means the baseboards you are looking at are milled for solid 3/4" hardwood (or any floor that is roughly that thick). That's where these measurements come from...they are there for a reason. Please look at your flooring to see if there is a correlation between the thickness of the product and the thickness of the baseboard. Now decide whether thinner is better.

@WoW Washington @HomeSealed Exteriors, LLC @todd Thank you for all your input. I am meeting with general manager tomorrow to look at all the windows together. I honestly feel that the company will stand behind their work. I just had a sloppy installer. I just need help asking the right questions. Or maybe even asking for something in writing. The general manager had come to the house while I was at work to fix whatever the installer didn't properly which included flashing. Sadly, I didn't get to take pictures of the after. I asked him about if the "dead spaces" around my windows needed insulation. He told me that they didn't. That they didn't need to use backer rods or minimal expanding foam in these large spaces. He said that the stucco company does the stucco repair and that it's sealed from the outside from the nail fin on. That if they see any issues they will tell him. The drywall guy uses drywall strips to fit in and then drywall mud and caulking once it's dry on the inside. That there won't be any air leaks or issues. Is there anything that I am missing that should be addressed? Should I look for an independent 3rd party to inspect the windows? Thank you in advance. I don't know if this is important but I had a total of 12 windows installed. 7 were fixed windows, with 4 of them with the "stucco pop outs". I had 5 sliding windows installed with only 1 of them with "stucco pop outs".